Aarestrup Anne Kristine, Jørgensen Thea Suldrup, Due Pernille, Krølner Rikke
Centre for Intervention Research in Health Promotion and Disease Prevention, University of Southern Denmark, National Institute of Public Health, Øster Farimagsgade 5A 2nd Floor, 1353 Copenhagen K, Denmark.
Eval Program Plann. 2014 Oct;46:58-71. doi: 10.1016/j.evalprogplan.2014.05.004. Epub 2014 May 23.
In multicomponent interventions it is important to examine the implementation of each component to enable valid assessments of the effectiveness of each component. Many studies do not systematically document, evaluate and report the level of implementation and there is a lack of systematic approaches to conduct process evaluation studies to guide researchers and evaluators. The aim of this study was to present a systematic approach to plan process evaluation of the implementation of randomised multicomponent interventions.
Building on existing process evaluation frameworks and concepts, we developed a six-step protocol: 1. Brainstorm of processes necessary for full implementation and potential barriers and facilitators to implementation; 2. Application of process evaluation concepts to ensure inclusion of important implementation processes; 3. Measurement of proximal outcomes; 4. Identification of relevant data sources; 5. Selection of methods and timing of data collection of process measures; 6. Development of instruments. The protocol was applied to the Boost study, a multicomponent school-based dietary intervention.
The protocol was readily applicable for planning process evaluation of environmental and educational intervention components in a school setting. The protocol ensures systematic assessment of the implementation processes that are crucial for interpretation of intervention effects.
Current Controlled Trials ISRCTN11666034.
在多组分干预措施中,考察每个组分的实施情况对于有效评估各组分的效果非常重要。许多研究并未系统地记录、评估和报告实施水平,且缺乏用于开展过程评估研究以指导研究者和评估者的系统方法。本研究的目的是提出一种用于规划随机多组分干预措施实施过程评估的系统方法。
基于现有的过程评估框架和概念,我们制定了一个六步方案:1. 全面实施所需过程以及实施的潜在障碍和促进因素的头脑风暴;2. 应用过程评估概念以确保纳入重要的实施过程;3. 测量近端结局;4. 确定相关数据源;5. 选择过程测量的数据收集方法和时间;6. 开发工具。该方案应用于“助力”研究,这是一项基于学校的多组分饮食干预研究。
该方案很容易应用于规划学校环境中环境和教育干预组分的过程评估。该方案确保对对于解释干预效果至关重要的实施过程进行系统评估。
当前受控试验ISRCTN11666034。